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Basic Laboratory Techniques
[Video Training]
by The Chinese University of Hong Kong - Department of Chemistry
[Video Training]
by The Chinese University of Hong Kong - Department of Chemistry
[SIZE=+0][SIZE=+0]Basic Laboratory Techniques[/SIZE][/SIZE]
[SIZE=+0]Heating and Refluxing[/SIZE]
[SIZE=+0]Simple Filtration - Filter Cone[/SIZE]
[SIZE=+0]Simple Filtration - [/SIZE]
[SIZE=+0]Prepare the Fluted Filter Paper[/SIZE]
[SIZE=+0]Prepare the Fluted Filter Paper[/SIZE]
[SIZE=+0]Simple Filtration - Fluted Filter Paper[/SIZE]
[SIZE=+0]Vacuum Filtration (Suction Filtration)[/SIZE]
[SIZE=+0]Recrystallization[/SIZE]
[SIZE=+0]Simple Distillation[/SIZE]
[SIZE=+0]Extraction[/SIZE]
[SIZE=+0]Drying an Organic Solution[/SIZE]
[SIZE=+0]Fractional Distillation[/SIZE]
[SIZE=+0]Vacuum Distillation[/SIZE]
[SIZE=+0]Use of Rotary Evaporator[/SIZE]
[SIZE=+0][SIZE=+0]Chromatographic Techniques [/SIZE][/SIZE]
[SIZE=+0]Thin Layer Chromatography (TLC)[/SIZE]
[SIZE=+0]Column Chromatography 1: [/SIZE]
[SIZE=+0]Preparing the Column[/SIZE]
[SIZE=+0]Preparing the Column[/SIZE]
[SIZE=+0]Column Chromatography 3: [/SIZE]
[SIZE=+0]Eluting the Column and Fractions Collecting[/SIZE]
[SIZE=+0]Eluting the Column and Fractions Collecting[/SIZE]
[SIZE=+0]Gas Chromatography (GC) - [/SIZE]
[SIZE=+0]Auto Sample Injection[/SIZE]
[SIZE=+0]Auto Sample Injection[/SIZE]
[SIZE=+0]Gas Chromatography (GC) - [/SIZE]
[SIZE=+0]Manual Sample Injection[/SIZE]
[SIZE=+0]Manual Sample Injection[/SIZE]
[SIZE=+0]High Performance Liquid Chromatography (HPLC) - [/SIZE]
[SIZE=+0]Auto Sample Injection [/SIZE]
[SIZE=+0]Auto Sample Injection [/SIZE]
[SIZE=+0]High Performance Liquid Chromatography (HPLC) - [/SIZE]
[SIZE=+0]Manual Sample Injection [/SIZE]
[SIZE=+0][SIZE=+0]Spectroscopic Analytical Techniques[/SIZE][/SIZE]
[SIZE=+0]Manual Sample Injection [/SIZE]
[SIZE=+0][SIZE=+0]Spectroscopic Analytical Techniques[/SIZE][/SIZE]
[SIZE=+0]Ultraviolet-Visible Spectrophotometry (UV-Vis)[/SIZE]
[SIZE=+0]Infrared Spectrometry (IR) - Liquid Sample[/SIZE]
[SIZE=+0]Infrared Spectrometry (IR) - Solid Sample[/SIZE]
[SIZE=+0]Nuclear Magnetic Resonance Spectrometry (NMR)[/SIZE]
[SIZE=+0]Weighing[/SIZE]
[SIZE=+0]Use of Volumetric Flask[/SIZE]
[SIZE=+0]Pipetting[/SIZE]
[SIZE=+0]Volumetric Titration [/SIZE]
[SIZE=+0][SIZE=+0]Miscellaneous Instrumental Techniques[/SIZE][/SIZE]
[SIZE=+0]pH Measurement Using Glass Electrode [/SIZE]
[SIZE=+0]Magnetic Susceptibility Balance (MSB)[/SIZE]
[SIZE=+0]Polarimeter[/SIZE]
[SIZE=+0]Voltammetric Analyzer[/SIZE]
[SIZE=+0]Differential Scanning Calorimetry[/SIZE]
[SIZE=+0]Thermogravimetric Analysis [/SIZE]
[SIZE=+0][SIZE=+0]Handling of Air Sensitive Compounds[/SIZE][/SIZE]
[SIZE=+0]The Schlenk-Line Technique: Part 1[/SIZE]
[SIZE=+0]The Schlenk-Line Technique: Part 2[/SIZE]
[SIZE=+0]The Schlenk-Line Technique: Part 3[/SIZE]
[SIZE=+0]The Schlenk-Line Technique: Part 4[/SIZE]
[SIZE=+0]Use of The Dry Box: Part 1 [/SIZE]
[SIZE=+0]Use of The Dry Box: Part 2[/SIZE]
[SIZE=+0]Use of The Dry Box: Part 3[/SIZE]
[SIZE=+0][SIZE=+0]Miscellaneous Instrumental Techniques[/SIZE][/SIZE]
[SIZE=+0][SIZE=+0]Miscellaneous Instrumental Techniques[/SIZE][/SIZE]
[SIZE=+0]pH Measurement Using Glass Electrode [/SIZE]
[SIZE=+0]Magnetic Susceptibility Balance (MSB)[/SIZE]
[SIZE=+0]Polarimeter[/SIZE]
[SIZE=+0]Voltammetric Analyzer[/SIZE]
[SIZE=+0]Differential Scanning Calorimetry[/SIZE]
[SIZE=+0]Thermogravimetric Analysis[/SIZE]
